The Room Carpet Class Part (1) Create a class called RoomCarpet that has three private instance variables: room length and width in foot (double) and carpet cost per square foot (double). Additionally, the class should have: (a) A constructor that takes room length, room width and carpet cost per square foot. The constructor sets the class variables to these values and in case any of these values is negative, set its instance variable to zero. (b) A mutator method (set) and an accessor method (get) for the carpet cost variable only. (c) A method getArea that returns the area of the room. The area of the room is computed by multiplying the room’s length by the room’s width. (d) A method getTotalCost that returns the total cost of the carpet. The total cost is computed by multiplying the room area by the carpet cost per square foot. Part (2) Write a Java application that asks the user to enter the length and width of a room and the cost per square foot of the carpeting. Create an object from RoomCarpet class you defined in Part (1) and use it to display the room area and the total cost of the carpet.
The Room Carpet Class Part (1) Create a class called RoomCarpet that has three private instance variables: room length and width in foot (double) and carpet cost per square foot (double). Additionally, the class should have: (a) A constructor that takes room length, room width and carpet cost per square foot. The constructor sets the class variables to these values and in case any of these values is negative, set its instance variable to zero. (b) A mutator method (set) and an accessor method (get) for the carpet cost variable only. (c) A method getArea that returns the area of the room. The area of the room is computed by multiplying the room’s length by the room’s width. (d) A method getTotalCost that returns the total cost of the carpet. The total cost is computed by multiplying the room area by the carpet cost per square foot. Part (2) Write a Java application that asks the user to enter the length and width of a room and the cost per square foot of the carpeting. Create an object from RoomCarpet class you defined in Part (1) and use it to display the room area and the total cost of the carpet.
The Room Carpet Class Part (1) Create a class called RoomCarpet that has three private instance variables: room length and width in foot (double) and carpet cost per square foot (double). Additionally, the class should have: (a) A constructor that takes room length, room width and carpet cost per square foot. The constructor sets the class variables to these values and in case any of these values is negative, set its instance variable to zero. (b) A mutator method (set) and an accessor method (get) for the carpet cost variable only. (c) A method getArea that returns the area of the room. The area of the room is computed by multiplying the room’s length by the room’s width. (d) A method getTotalCost that returns the total cost of the carpet. The total cost is computed by multiplying the room area by the carpet cost per square foot. Part (2) Write a Java application that asks the user to enter the length and width of a room and the cost per square foot of the carpeting. Create an object from RoomCarpet class you defined in Part (1) and use it to display the room area and the total cost of the carpet.
The Room Carpet Class Part (1) Create a class called RoomCarpet that has three private instance variables: room length and width in foot (double) and carpet cost per square foot (double). Additionally, the class should have: (a) A constructor that takes room length, room width and carpet cost per square foot. The constructor sets the class variables to these values and in case any of these values is negative, set its instance variable to zero. (b) A mutator method (set) and an accessor method (get) for the carpet cost variable only. (c) A method getArea that returns the area of the room. The area of the room is computed by multiplying the room’s length by the room’s width. (d) A method getTotalCost that returns the total cost of the carpet. The total cost is computed by multiplying the room area by the carpet cost per square foot. Part (2) Write a Java application that asks the user to enter the length and width of a room and the cost per square foot of the carpeting. Create an object from RoomCarpet class you defined in Part (1) and use it to display the room area and the total cost of the carpet.
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• A double data field named previousClosingPrice that stores the stock price for the previous day.
• A double data field named currentPrice that stores the stock price for the current time.
• A constructor that creates a stock with the specified symbol and name.
• A method named getChangePercent() that returns the percentage changed from previousClosingPrice
to currentPrice.
Draw the UML diagram for the class and then implement the class. Write a test program that creates a Stock
object with the stock symbol ORCL, the name Oracle Corporation, and the previous closing price of 34.5. Set
a new current price to 34.35 and display the price-change percentage.
9. The Room Carpet Class
Part (1) Create a class called RoomCarpet that has three private instance variables: room length and width in
foot (double) and carpet cost per square foot (double). Additionally, the class should have:
(a) A constructor that takes room length, room width and carpet cost per square foot. The constructor sets
the class variables to these values and in case any of these values is negative, set its instance variable to
zero.
(b) A mutator method (set) and an accessor method (get) for the carpet cost variable only.
(c) A method getArea that returns the area of the room. The area of the room is computed by multiplying the
room's length by the room's width.
(d) A method getTotalCost that returns the total cost of the carpet. The total cost is computed by multiplying
the room area by the carpet cost per square foot.
Part (2) Write a Java application that asks the user to enter the length and width
per square foot of the carpeting. Create an object from RoomCarpet class you defined in Part (1) and use it to
display the room area and the total cost of the carpet.
a room and the cost
10. Spider Class
Part (1) Define a class with the following specification.
(a) The class name is Spider and has four instance variables: name (String), poison (boolean), weight (double),
and gender (char).
(b) Provide set and get methods to access the gender variable. In set method, the passed parameter should be
M or m for male and F or f for female. If not, your program should print an invalid message and set gender
to V as invalid gender.
(c) Write a method called determineEnvironment() that accepts no input parameter and returns a string value
G
ENG
11:43 PM
+
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• A double data field named previousClosingPrice that stores the stock price for the previous day.
• A double data field named currentPrice that stores the stock price for the current time.
• A constructor that creates a stock with the specified symbol and name.
• A method named getChangePercent() that returns the percentage changed from previousClosingPrice
to currentPrice.
Draw the UML diagram for the class and then implement the class. Write a test program that creates a Stock
object with the stock symbol ORCL, the name Oracle Corporation, and the previous closing price of 34.5. Set
a new current price to 34.35 and display the price-change percentage.
9. The Room Carpet Class
Part (1) Create a class called RoomCarpet that has three private instance variables: room length and width in
foot (double) and carpet cost per square foot (double). Additionally, the class should have:
(a) A constructor that takes room length, room width and carpet cost per square foot. The constructor sets
the class variables to these values and in case any of these values is negative, set its instance variable to
zero.
(b) A mutator method (set) and an accessor method (get) for the carpet cost variable only.
(c) A method getArea that returns the area of the room. The area of the room is computed by multiplying the
room's length by the room's width.
(d) A method getTotalCost that returns the total cost of the carpet. The total cost is computed by multiplying
the room area by the carpet cost per square foot.
Part (2) Write a Java application that asks the user to enter the length and width
per square foot of the carpeting. Create an object from RoomCarpet class you defined in Part (1) and use it to
display the room area and the total cost of the carpet.
a room and the cost
10. Spider Class
Part (1) Define a class with the following specification.
(a) The class name is Spider and has four instance variables: name (String), poison (boolean), weight (double),
and gender (char).
(b) Provide set and get methods to access the gender variable. In set method, the passed parameter should be
M or m for male and F or f for female. If not, your program should print an invalid message and set gender
to V as invalid gender.
(c) Write a method called determineEnvironment() that accepts no input parameter and returns a string value
G
ENG
11:43 PM
+
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